SoftInWay Inc., a leader in turbomachinery, energy and propulsion solutions, proudly marks 10 years of innovation in rotor dynamics and bearing simulation through its AxSTREAM RotorDynamics and Bearings suite. To celebrate this milestone, SoftInWay is unveiling new software features that address evolving industry needs, enhancing capabilities for rotor dynamics analysis and bearing modeling.
Over the past decade, SoftInWay has continuously advanced its offerings for the aerospace and industrial sectors. One of the latest features is a tool for simulating multi-spool machines, allowing engineers to analyze critical speed, unbalanced responses, and rotor stability with greater precision, particularly for aerospace applications where safety and performance are paramount.
In addition to rotor dynamics enhancements, SoftInWay has introduced real gas modeling capabilities through the Aungier-Redlich-Kwong model. This enables engineers to more accurately simulate real-world conditions, which is crucial for next-generation technologies such as supercritical CO2 systems and fuel cells.
AxSTREAM’s bearing simulation has also seen significant upgrades, including advanced capabilities for modeling rolling element and gas bearings. These innovations offer increased versatility for applications across aviation, energy, and oil & gas industries, with improved methods for simulating stiffness, reducing friction, and minimizing wear.
“We are proud to set new standards in rotor dynamics and bearing simulation,” said Dr. Leonid Moroz, CEO of SoftInWay. “Our tools not only expand to meet the growing demands of industries like aerospace, but they also significantly streamline the design process. Engineers can now create models and run simulations much faster without sacrificing accuracy, which is crucial for meeting tight project timelines and optimizing complex systems.”
As SoftInWay celebrates this 10-year milestone, it continues to lead the way in engineering solutions that drive innovation across aerospace, energy, and industrial sectors, providing engineers with comprehensive tools for optimizing performance and efficiency.
